Round Hole Type Graphite Heat Exchanger

The Squirrel Cage Type Graphite Heat Exchanger features a unique squirrel cage design. Made of durable graphite, it offers excellent heat transfer performance, ensuring efficient fluid heating or cooling with reliable operation and long service life.

The shell-and-tube silicon carbide heat exchanger is composed of silicon carbide tubes sealed with tube sheets to form a tube bundle placed inside a cylindrical shell. Ends are equipped with end caps. One fluid flows inside the tubes and the other outside. It's suitable for highly corrosive chemicals, used for cooling, heating, condensation, etc.

Rectangular Hole Type Graphite Heat Exchanger: A heat transfer device with a rectangular hole pattern in graphite. It offers high thermal conductivity, excellent chemical resistance, and efficient fluid flow for reliable heat exchange in various industrial applications.

A floating head shell-and-tube graphite heat exchanger is a highly efficient and reliable heat transfer device. It consists of a shell, tubes, a floating head, and other components.

The tubular graphite heat exchanger is a type of heat transfer equipment fabricated from graphite. It exhibits excellent corrosion resistance and is extensively utilized in industries such as chemical and petrochemical for highly efficient heat exchange processes.

A metal plate heat exchanger transfers heat between fluids using corrugated metal plates for efficient thermal exchange.

The THZWF fluorine axial flow pump is a high-quality pump specifically engineered for fluorine-related applications. Leveraging advanced technology, it boasts high efficiency and stable performance. This pump is capable of effectively handling fluorine-containing fluids, ensuring precise control of flow and head. To ensure long-term reliable operation in diverse industrial processes, the pump is constructed using corrosion-resistant materials.

The Block-hole Three-in-one Hydrochloric Acid Synthesis Furnace integrates the functions of reaction, heat exchange, and product treatment. It is highly efficient and stable in the production of HCl, enabling energy savings and ensuring operational safety.